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Computer Systems ECEn 191 New Student Seminar

Computer Systems ECEn 191 New Student Seminar. EARLY COMPUTERS. UNIVAC. ENIAC. EARLY MEMORY. COMMON TO ALL COMPUTERS. PENTIUM IV CHIP. COMPUTER EXAMPLE. MORE VERSATILE COMPUTER. PC MOTHERBOARD. MOTHERBOARD ELEMENTS. CPU – Does the thinking according to Boolean logic.

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Computer Systems ECEn 191 New Student Seminar

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  1. Computer SystemsECEn 191 New Student Seminar

  2. EARLY COMPUTERS UNIVAC ENIAC

  3. EARLY MEMORY

  4. COMMON TO ALL COMPUTERS

  5. PENTIUM IV CHIP

  6. COMPUTER EXAMPLE

  7. MORE VERSATILE COMPUTER

  8. PC MOTHERBOARD

  9. MOTHERBOARD ELEMENTS CPU – Does the thinking according to Boolean logic

  10. MOTHERBOARD ELEMENTS Memory – Short term memory that CPU can access – stores digital information as 1’s and 0’s

  11. North and South Bridges North and South Bridges – control communication between processor, memory, and all the input/output devices

  12. MOTHERBOARD ELEMENTS IDE – controls communication with disc drive

  13. MOTHERBOARD ELEMENTS BIOS – Basic Input/Output System – when you turn on computer, these are the first instructions it sees – permanent memory

  14. MOTHERBOARD ELEMENTS PCI – Peripheral Component Interconnect – Input/Output Bus – Controls the audio card, Ethernet card, card to disc drive

  15. MOTHERBOARD ELEMENTS AGP – Advanced Graphics Port – Communication with video card and graphics

  16. EXAMPLE OPERATION Click mouse on internet explorer icon – message makes way to CPU

  17. EXAMPLE OPERATION CPU runs a program called “interrupt handler” to figure out what mouse wants CPU sends message to disc drive requesting file representing Explorer

  18. EXAMPLE OPERATION Disc drive sends program to memory

  19. EXAMPLE OPERATION When done, disc drive tells CPU it is done

  20. EXAMPLE OPERATION CPU pulls in instructions and follows them

  21. EXAMPLE OPERATION CPU changes what’s on screen, looks for Ethernet card

  22. iPOD NANO

  23. OTHER PORTABLE COMPUTERS 8 GB of Flash Memory Microprocessor

  24. COMPUTER CHIPS

  25. ASICs AND FPGAs ASIC – Application Specific Integrated Circuit FPGA – Field Programmable Gate Array

  26. COMPUTER HEIRARCHY Applications Software Operating System Instruction Set Architecture Hardware Microarchitecture/Organization Digital Logic Design VLSI Circuit Design

  27. SYSTEM ARCHITECT - NOKIA

  28. LOGIC DESIGN AND VERIFICATION - APPLE

  29. SOFTWARE ENGINEER - BMW

  30. WHAT’S NEXT?

  31. WHAT’S NEXT Cloud Computing Wearable Computers New Interfaces

  32. COMPUTER SYSTEMS CLASSES • ECEn 124 – Computer Systems • ECEn 224 – Fundamentals of Digital Systems • ECEn 320 – Digital System Design • ECEn 324 – System Architecture • ECEn 425 – Operating Systems • ECEn 427 – Embedded Systems

  33. LAB EXERCISE www.et.byu.edu/groups/newstudent/schedule.html

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